Art by Shoaib Pasha.
Home
Sitemap
Physics
Math
Crypto.
Electric
Astronomy
Aero.
Nuclear
Recent Changes
Color Code
Logos
FAQ
About
GitHub
Classical Mechanics Table of Contents
Table Of Contents
I. Velocity, Speed, Acceleration
I.I Basics of Mechanics.
I.III Displacement and V.S.A.
I.II Accuracy & Uncertainty.
I.IV Uniformly Accelerated Motion.
II. Free Fall
II.I Intro to Free Fall.
III. Vectors and Projectile Motion
III.I Vector Basics.
III.III Rotation & Multiplication.
III.II Projectile Motion.
III.IV Drag.
IV. Range & Relative Motion
IV.I Basics of Range.
IV.II Frames of Reference.
V. Rotational Motion
V.I Angular & Tangential Velocity.
V.II Centripetal Velocity.
VI. Force
VI.I Basics & Definitions.
VI.IV More Introductory Forces.
VI.II Free Body Diagrams and Basic Forces.
VI.V Spring Force.
VI.III Laws of Motion.
VII. Energy and Work
VII.I Basics of Work.
VII.IV Conservative Forces.
VII.II Power.
VII.V Energy Systems.
VII.III Mechanical Energy.
VII.VI Energy Wells.
VIII. Momentum & Center of Mass
VIII.I Center of Mass.
VIII.II Momentum Basics.
IX. Rotational Dynamics
IX.I Moment of Inertia.
IX.III Angular Momentum.
IX.II Torque.
X. Gravitation
X.I Laws of Motion.
XI. Oscillations
XI.I Simple Harmonic Motion.
links
Programming
Short C++ Tutorial
Code
forces
Arduino Tutorial
MicroPython
2D Python Plots
MIDI
Anvil Studio
GXSCC
Physics
Feynman Lectures
Physics Intro.